DC/DC Switching Regulators, Allegro Microsystems. A high-voltage buck converter with a competitive rate of efficiency. Able to handle a wide input operating voltage range, this step-down regulator ...
DC/DC Switching Regulators, Allegro Microsystems. A high-voltage buck converter with a competitive rate of efficiency. Able to handle a wide input operating voltage range, this step-down regulator ...
DC/DC Switching Regulators, Allegro Microsystems. A high-voltage buck converter with a competitive rate of efficiency. Able to handle a wide input operating voltage range, this step-down regulator ...
DC/DC Switching Regulators, Allegro Microsystems. A high-voltage buck converter with a competitive rate of efficiency. Able to handle a wide input operating voltage range, this step-down regulator ...
DC/DC Switching Regulators, Allegro Microsystems. A high-voltage buck converter with a competitive rate of efficiency. Able to handle a wide input operating voltage range, this step-down regulator ...
DC/DC Switching Regulators, Allegro Microsystems. A high-voltage buck converter with a competitive rate of efficiency. Able to handle a wide input operating voltage range, this step-down regulator ...
Multi-Output Regulators, Analog Devices. These multi-output regulators from Analog Devices form part of their power management family. This range of regulators offers complete power solutions and h...
Step-Down (Buck) Regulators, Internal Power Switch, Linear Technology. Linear Technology offers a selection of step down (buck) switching regulators with both synchronous and non-synchronous intern...
Step-Down (Buck) Regulators, Micropower Buck Regulators, Linear Technology. Linear Technology presents a range of micropower monolithic step-down buck converters these are intended for applications...
Battery Charging ; Monitoring Controllers, Linear Technology. Linear Technology created a wide range of battery charger IC offered in linear or switching topologies. They are suitable for any recha...
μModule Regulators, Dual ; Multiple Output. A range of μModule (micro-module) regulators from Linear Technology providing non-isolated dual and multiple outputs. These switching regulator modules o...
Step-Down (Buck) Regulators, Internal Power Switch, Linear Technology. Linear Technology offers a selection of step down (buck) switching regulators with both synchronous and non-synchronous intern...
μModule Regulators, Single Output. Linear Technology ‘s DC/DC μModule (micro-module) regulators offer a complete system-in-package (SiP) power management solution. These step-down (buck) modules in...
Switching Regulators, Ultralow Noise Regulators, Linear Technology. Linear Technology switching regulators incorporate synchronous and non-synchronous internal switches. This range offers ultralow ...
Step-Down (Buck) Regulators, Micropower Buck Regulators, Linear Technology. Linear Technology presents a range of micropower monolithic step-down buck converters these are intended for applications...
Maximum Output Current = 1A Maximum Output Voltage = 3.6 V Regulator Function = Buck Converter Minimum Output Voltage = 0.6 V Minimum Input Voltage = 2.3 V Output Type = Adjustable Pin Count = 6 Pa...
The DiodesZetex automotive-compliant synchronous buck converter is an automotive-compliant, synchronous buck converter with a wide input voltage range of 2.3V to 5.5V.Qualified for automotive appli...
Maximum Output Current = 2A Maximum Output Voltage = 3.6 V Regulator Function = Synchronous Buck Converter Minimum Output Voltage = 0.6 V Minimum Input Voltage = 2.3 V
Maximum Output Current = 2A Maximum Output Voltage = 3.6 V Regulator Function = Synchronous Buck Converter Minimum Output Voltage = 0.6 V Minimum Input Voltage = 2.3 V
Maximum Output Current = 2A Maximum Output Voltage = 3.6 V Regulator Function = Synchronous Buck Converter Minimum Output Voltage = 0.6 V Minimum Input Voltage = 2.3 V
Maximum Output Current = 2A Maximum Output Voltage = 3.6 V Regulator Function = Synchronous Buck Converter Minimum Output Voltage = 0.6 V Minimum Input Voltage = 2.3 V
Maximum Output Current = 1.5A Maximum Output Voltage = 7 V Regulator Function = Synchronous Buck Converter Minimum Output Voltage = 0.8 V Minimum Input Voltage = 4.2 V Number of Outputs = 1 Pin Cou...
Maximum Output Current = 1.5A Maximum Output Voltage = 7 V Regulator Function = Synchronous Buck Converter Minimum Output Voltage = 0.8 V Minimum Input Voltage = 4.2 V Number of Outputs = 1 Pin Cou...
Maximum Output Current = 1.5A Maximum Output Voltage = 7 V Regulator Function = Synchronous Buck Converter Minimum Output Voltage = 0.8 V Minimum Input Voltage = 4.2 V Number of Outputs = 1 Pin Cou...
Maximum Output Current = 1.5A Maximum Output Voltage = 7 V Regulator Function = Synchronous Buck Converter Minimum Output Voltage = 0.8 V Minimum Input Voltage = 4.2 V Number of Outputs = 1 Pin Cou...
Maximum Output Current = 3.5A Regulator Function = Buck Converter Minimum Output Voltage = 0.8 V Minimum Input Voltage = 3.8 V Output Type = Adjustable Pin Count = 9 Package Type = V-DFN3020-13
The DiodesZetex automotive-compliant, low IQ synchronous buck converter is an automotive-compliant, synchronous buck converter with a wide input voltage range of 3.8V to 32V. Operation mode is in P...
Maximum Output Current = 3.5A Regulator Function = Buck Converter Minimum Output Voltage = 0.8 V Minimum Input Voltage = 3.8 V Output Type = Adjustable Pin Count = 9 Package Type = V-DFN3020-13
The DiodesZetex automotive-compliant, low IQ synchronous buck converter is an automotive-compliant, synchronous buck converter with a wide input voltage range of 3.8V to 32V. Operation mode is in P...
Maximum Output Current = 600mA Maximum Output Voltage = 26 V Regulator Function = Synchronous Buck Converter Minimum Output Voltage = 0.8 V Minimum Input Voltage = 4.5 V
Maximum Output Current = 600mA Maximum Output Voltage = 26 V Regulator Function = Synchronous Buck Converter Minimum Output Voltage = 0.8 V Minimum Input Voltage = 4.5 V
Maximum Output Current = 600mA Maximum Output Voltage = 26 V Regulator Function = Synchronous Buck Converter Minimum Output Voltage = 0.8 V Minimum Input Voltage = 4.5 V